CdSAg2S Before BQ

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CdS-Ag2S Before BQ
After BQ
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gtgt plot(cds5204med(,1)-35,cds5204med(,2),'ks-',a
g2s6160_100(,1)-63,ag2s6160_100(,2)-0.052,'ro-')
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gtgt plot(ag2s6160_100(,1)-63,ag2s6160_100(,2)-0.0
52,'ro-',ag2s6160_50(,1)-8,ag2s6160_50(,2)-0.007
,'md-')
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gtgt plot(ag2s6160_100(,1)-63,ag2s6160_100(,2)-0.0
52,'ro-',ag2s6160_50(,1)-8,ag2s6160_50(,2)-0.007
,'md-',ag2s6160BQ_50(,1),ag2s6160BQ_50(,2),'b-'
)
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gtgt plot(ag2s6160_100(,1)-63,ag2s6160_100(,2)-0.0
52,'ro-',ag2s6160_50(,1)-8,ag2s6160_50(,2)-0.007
,'md-', ag2s6160BQ_50(,1),ag2s6160BQ_50(,2),'b-
',ag2s6160AT_50(,1)-12,ag2s6160AT_50(,2)0.025,'
gv-')
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(No Transcript)
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gtgt plot(ag100(,1)-65,ag100(,2)-0.05,'ko-') gtgt
hold Current plot held gtgt monoexpdecIR(-0.027,0.07
5-0.05,65,60,7,0,00.1180) gtgt axis(-20 120
-0.005 0.04) FUNCTION function output
monoexpdecIR(ca,off, t0, tau1, si, i0, t) fit
.5ca.exp(-((t-t0)tau1-si2)/(tau12)).(erf((((
t-t0)tau1-si2)sqrt(2))/(2sitau1))1)i0.5(1
erf(((t-t0)sqrt(2))/(2si))) plot(t-t0,fitoff,
'r-','LineWidth', 2)
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gtgt plot(ag50(,1)-7,ag50(,2)-0.005,'ko-') gtgt
hold Current plot held gtgt monoexpdecIR(-0.03,0.075
-0.05,7,10,1,0,00.150) gtgt axis(-10 40 -0.005
0.03)
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gtgt plot(ag2s6160AT_50(,1)-11.5,ag2s6160AT_50(,2)
0.025,'gv-') gtgt hold Current plot held gtgt
monoexpdecIR(-0.045,0.075-0.05,10,13,0.8,0,00.14
0) gtgt axis(-15 30 -0.022 0.032) gtgt
legend('Ag_2SBQ fit')